KEIN Rear Tower Strut Bar Brace for Subaru WRX STI | VAB / VAG | 2015-2021

Item content:
KEIN Rear Tower Strut Bar Brace for Subaru WRX STI (VA), Levorg (VM), BRZ (ZC6)

Material:
Made of high-quality structural carbon steel, grade:
• USA: AISI 1010
• EU: C10E (1.1121)
• CIS: ST10

Surface:
• Professional polymer powder coating. Protects the structure from corrosion and significantly extends the service life of the strut.

Color:
• Black satin

Hardware metric grade:
• 8.8-12.9 zinc

Welding Procedure:
• MIG (Metal Inert Gas)

The rear tower strut bar brace is compatible with the following vehicles:
• Subaru WRX [VAG], 1 Generation, Sedan 4-doors, 08.2014 - 06.2017
• Subaru WRX [VAG], 1 Generation Facelift, Sedan 4-doors, 07.2017 - 01.2021
• Subaru WRX STi [VAB], 1 Generation, Sedan 4-doors, 08.2014 - 04.2017
• Subaru WRX STi [VAB], 1 Generation Facelift, Sedan 4-doors, 05.2017 - 11.2021
• Subaru Levorg [VM], 1 Generation, 5-door station wagon, 06.2014 - 07.2017
• Subaru Levorg [VM], 1 Generation Facelift, 5-door station wagon, 08.2017 - 06.2020
• Subaru BRZ [ZC6], 1 Generation, Coupe, 03.2012 - 07.2016
• Subaru BRZ [ZC6], 1 Generation Facelift, Coupe, 08.2016 - 08.2020
(*Compatibility for BRZ: only with non-full-size spare tire)

Mission:
• The KEIN rear strut brace will increase the rigidity of the rear of the body, which will have a positive effect on the handling of your car and improve its performance, both when cornering aggressively on the track and in everyday use.

Installation:
• The KEIN rear strut brace is installed in the standard locations, at the rear shock absorber mounting points.
• Modifications to the false floor may be required to install the strut. See photos in the gallery.

Advantages:
• The KEIN rear strut brace is designed to reinforce the chassis at critical load points (between shock absorber struts/struts).
• When you drive and maneuver, your vehicle is subjected to a variety of forces that are absorbed by the chassis. The strut brace helps absorb energy and direct these forces to the suspension components so that they can work effectively during increased loads.